The ID6100 is not a general-purpose sensor; it is a specialized tool for a demanding task. As the manual states, it is (impianti di laminazione a caldo).
serves as a high-precision sensor for detecting hot materials during the rolling process.
is part of Danieli’s ID6000 series, characterized by its non-contact, static operation that eliminates wearable moving parts. id6100 danieli manual hot
Its primary application is in . The control logic in a typical hot strip or bar mill uses the ID6100 as the feedback device in a PID (Proportional-Integral-Derivative) control loop. The analog signal representing loop height is compared to a setpoint. If the loop is too low, the downstream stand is slowed down, and if it is too high, the downstream stand is sped up. This closed-loop process prevents tension or compression, ensuring a uniform cross-section and preventing defects.
A continuous current or voltage signal that tracks the exact geometric position of the hot metal strip loop as it arches between two rolling stands. This allows the automation system to adjust motor speeds dynamically to prevent tension breaks or cobbles. Technical Specifications Overview The ID6100 is not a general-purpose sensor; it
monitors this loop, feeding instantaneous analog data back to the motor drives to modulate roll speeds dynamically. 2. Centerline & Edge Tracking
: Flips to a high state the millisecond hot metal enters the field of view (material tracking). is part of Danieli’s ID6000 series, characterized by
Encased in a rugged aluminum housing rated at IP66 protection , preventing dust and high-pressure water jet intrusion.
Inspects integrity of specialized cooling plates or air purge systems protecting the sensor from extreme heat.
Access the rear adjustment interface under the sealed protection cap.
The is a high-precision infrared loop detector specifically designed for use in hot rolling steelworks . As part of the wider ID6000 series, this optical sensor detects the position of infrared-emitting bodies—such as hot wire, rods, bars, or flat strips—at temperatures exceeding 700°C (1300°F) . The Danieli Automation ID6100 Instruction Manual